Griffiss Institute

EMPEQ is a technology company that offers a software-as-a-service (SaaS) solution designed to enhance energy efficiency in commercial buildings. Their innovative platform employs computer vision to identify mechanical and electronic equipment, providing users with important insights such as the age, remaining useful life, country of origin, and authenticity of parts. This technology is particularly beneficial for professionals working with critical infrastructure systems, as it streamlines the process of repairing or replacing equipment. By addressing the upfront cost barrier associated with energy-efficient upgrades, EMPEQ enables small to mid-sized organizations to access energy-efficient solutions more easily, thereby promoting sustainability and reducing energy consumption.

Accessible Automation is a long-distance wireless systems for home, business, and government applications. Accessible Automation initial product is a wireless thermostat that allows to control the temperature of your house from the comfort of your couch.

CyberSpara is a cybersecurity company focused on educating individuals and enterprises about online privacy and security vulnerabilities. Through a simulation-based educational model that incorporates gamification principles, it aims to enhance awareness of common risks associated with social media platforms. The company's Digital-PASS is designed to empower users to effectively mitigate security threats encountered on the Internet. Additionally, CyberSpara provides a platform that assists organizations in identifying vulnerabilities, safeguarding sensitive data from cyberattacks, and facilitating the migration to secure cloud environments. By offering these services, CyberSpara enables both individuals and businesses to prevent cyber threats efficiently and enhance their overall security posture.

BosonQ Psi is a simulation software startup that focuses on advancing computational simulations through quantum computing, particularly for the aerospace and electric vehicle industries. The company's flagship product, BQPhy, leverages novel quantum algorithms to enhance engineering solvers, allowing clients to significantly reduce production costs and computing time, potentially saving between $500,000 to $2 million. BQPhy is designed to perform multiphysics simulations, addressing complex industrial processes such as computational fluid dynamics, structural dynamics, heat transfer, and multidisciplinary optimization. By integrating advanced quantum computing capabilities, BosonQ Psi aims to transform the technical landscape for multiphysics simulations, attracting interest from end-users in aerospace, automotive sectors, government research and development labs, and other quantum technology companies.

Paterson Aerospace Systems is a pioneering company dedicated to fostering sustainability in the aerospace sector. It focuses on research and development to create innovative technologies that address key challenges in space travel, with the ultimate goal of enabling a sustainable human presence beyond Earth. The company's work spans across spacecraft propulsion, resource utilization in space, and life support systems for space habitats, thereby facilitating progress in space exploration.

Drone city creates elegantly designed drones and controlled with safety and quality in mind. They take pride in developing a people-friendly drone delivery service and drones are outfitted with advanced sensors, cutting-edge spatial awareness technologies, and automatic safety parachute mechanisms.

Llume is a company specializing in advanced sensing technology that utilizes fiber optics to monitor key physiological metrics in athletes. Their innovative soft and stretchable fiberoptic sensors measure movement, pulse, and breathing rates by analyzing chest expansion and vibrations. This technology provides users with actionable insights into their fatigue, recovery, and overall performance levels, enabling them to optimize their training and athletic outcomes.

Imagine Aerial uses advanced UAS (drone) technology to acquire large, complex, and detailed datasets that it distributes to its clients in concise, easy-to-use packets from which it is developing its own Intellectual Property in collaboration with the Air Force Research Labs and the US Department of Defense.

ThermoAI develops advanced machine learning algorithms and sensor technology aimed at optimizing industrial combustion processes in power plants. By leveraging IoT and artificial intelligence, the company enhances the efficiency of chemical reactions, addressing critical factors such as moisture content, atmospheric pressure, and air intake levels. Their systems continuously monitor these variables to achieve near-perfect combustion, which leads to significant fuel savings, increased energy output, extended lifespan of costly equipment, and reduced emissions. ThermoAI's solutions enable plant operators to model and enhance their operations, ultimately improving overall performance and sustainability.